- Human Resource Director for social sorority.- Organize social sisterhood events.- Send out weekly newsletters.- Enforce a positive environment within the sorority.

- Worked at the J. Craig Venter Institute (JCVI) under Dr. Beyhan, focusing on genomics of human fungal pathogens, specifically Histoplasma capsulatum.- Analyzed the genomics, RNA, and DNA compositions of Histoplasma capsulatum.- Utilized CRISPR to induce genetic overexpression to study virulence factors and dimorphic pathways.- Collaborated with a team of researchers and worked with CRISPR/Cas9 systems and plasmid creation in E. coli.- Gained exposure to various genomic research areas, including synthetic biology and gut biome research.- Acquired hands-on experience with cutting-edge genomic research technologies.

- Marketing Team Lead and Diversity, Equity, and Inclusion (DEI) Officer at Global Action Impact Association (GAIA) at Cornell University.- Manage GAIA's online presence and enhance brand visibility through strategic social media campaigns.- Spearhead branding initiatives, designing promotional materials, logos, and merchandise.- Promote inclusivity and diversity within the organization.- Encourage engineers to incorporate sustainable practices in their projects.- Lead efforts to ensure all team members feel valued and supported.- GAIA partners with WindAid to create wind turbines in Peru, helping under-resourced communities access sustainable energy.- Contribute technical advice for maximizing the energy output of turbine designs.

- Undergraduate researcher in Mathew DeLisa’s research team at Cornell University.- Investigated protein machinery and how antibiotic mutations impact bacterial cell affinity.- Conducted hands-on experiments with bacterial cells, developing molecular biology skills such as gene cloning, protein expression, and purification.- Gained proficiency in analytical methods like mass spectrometry and chromatography to analyze protein interactions.- Contributed to the broader understanding of protein machinery, helping inform the development of more effective antibiotics and pharmaceuticals.- Developed a strong foundation in laboratory techniques, data analysis, and scientific communication.

- Interned in the summer of 2023 with Professor Oscar Vazquez Mena at the University of California, San Diego, focusing on nanotechnology.- Developed and characterized graphene-based photodetectors enhanced with quantum dots.- Conducted graphene etching and transfer processes to ensure high-quality samples.- Synthesized and integrated quantum dots into graphene using spin coating techniques to enhance photoconductive properties.- Designed and executed experiments to measure the electrical conductivity of graphene and graphene-quantum dot composites under various lighting conditions.- Used advanced laboratory equipment and Matlab for data collection and analysis.- Contributed to understanding the properties and potential applications of graphene-based photodetectors.- Gained enhanced analytical techniques, problem-solving abilities, and teamwork experience.- The experience ignited a passion for research and innovation in material science.

- Developed projects that focused on advocating for health inequities in the San Diego community.

- Started a dance studio during the pandemic after local studios closed.- Organized outdoor jazz dance classes for young girls in the community.- Aimed to continue the dance education of youth during the pandemic.